Open AccessSignificance of Addressal of Clinical Investigations of Kidney Functions in Recovery/Mortality of Certain COVID-19 Patients
Author(s) -
Bennet Angel
Publication year - 2021
Publication title -
bioscience biotechnology research communications
Language(s) - English
Resource type - Journals
eISSN - 2321-4007
pISSN - 0974-6455
DOI - 10.21786/bbrc/14.4.89
Subject(s) - creatinine , renal function , medicine , kidney , blood urea nitrogen , urea , creatine , covid-19 , potassium , physiology , urology , intensive care medicine , gastroenterology , biology , chemistry , biochemistry , disease , organic chemistry , infectious disease (medical specialty)
Clinical management of COVID-19 patients through a robust protocol is key to the good recovery and reduced mortality of patients. Efficient kidney functions during treatment period can contribute for improvised recovery and reduced mortality of patients. Analysis of the kidney function among Recovered and Dead cases of COVID-19 was made to reveal the degree of association of kidney functions with the two categories of patients. 83.4% of recovered patients did not show hyper values of blood urea whereas 72.5% of dead patients showed hyper-urea level in blood. 88.8% of survivors showed non-hyper creatinine level of blood whereas only 40% of dead cases showed hyper creatine level. Strong degree of association of blood urea with recovery/mortality was observed. Sodium levels were seen to be low while potassium and chloride ions were seen to be high in COVID-19 individuals. Our preliminary study suggests that kidney functions especially the value of blood urea and creatinine need to be addressed during COVID-19 patients to ensure the best recovery and reduced mortality. After more number of case studies, the present observation could sensitize consideration for inclusion of addressal and treatment of kidney functions into treatment protocol against COVID-19. It was also interesting to observe that levels of sodium and potassium ions among Survivors and Dead cases have impacted function of the essential ion channels in patient’s physiology.